In this presentation a project partner of Autonomous Region of Sardinia (RAS) shows the Building integrated photovoltaic (BIPV) Pilot project in the public building of the sardinian Agency AREA (Azienda Regionale per l'Edilizia Abitativa) in Cagliari, Italy. The BIPV power of 19, 103 kWp will contribute with about 17,6 MWh /Year of green energy.
This document provides an overview of Jordan and its culture. It discusses Jordan's history and important historical sites. It also describes Jordanian cuisine, including popular dishes like mansaf (lamb and rice) and baklava. The document outlines aspects of Jordanian culture such as traditional dress, nightlife, infrastructure, and the royal family. Overall, the document gives a high-level introduction to Jordan by discussing its history, culture, and cuisine.
Jordan is located in the Middle East and borders several countries. It has a combination of Mediterranean and desert climates. The capital is Amman and Arabic is the official language, while most people are Arab. Hospitality and generosity are highly valued in Jordanian culture. Some of Jordan's most popular tourist attractions include Petra, Aqaba, Wadi Rum, and the Dead Sea.
Energia solare nel Mediterraneo e fotovoltaico architettonicamente integratoFOSTEr in MED
Solar energy in the Mediterranean: Building integrated photovoltaic and #FOSTErInMED pilot projects. Presentation by Technical Scientific Committee (Mattia Beltramini, Giuseppe Desogus, Francesca Muru and Antonella Trombadore) during territorial animation activities in Italy (FestivalScienze and Sardegna Ricerche).
Sistema ABC: impianti principali e innovazioni tecnologicheServizi a rete
ABC -Acqua Bene Comune Napoli
nasce dalla trasformazione di ARIN SpA
in Azienda Speciale del Comune di Napoli avvenuta nell’aprile 2013.
Le origini dell’Azienda risalgono al 1885 anno in cui fu inaugurato da parte della NaplesWater Works Company LTD, l’Acquedotto del Serino
This document provides an overview of Jordan and its culture. It discusses Jordan's history and important historical sites. It also describes Jordanian cuisine, including popular dishes like mansaf (lamb and rice) and baklava. The document outlines aspects of Jordanian culture such as traditional dress, nightlife, infrastructure, and the royal family. Overall, the document gives a high-level introduction to Jordan by discussing its history, culture, and cuisine.
Jordan is located in the Middle East and borders several countries. It has a combination of Mediterranean and desert climates. The capital is Amman and Arabic is the official language, while most people are Arab. Hospitality and generosity are highly valued in Jordanian culture. Some of Jordan's most popular tourist attractions include Petra, Aqaba, Wadi Rum, and the Dead Sea.
Energia solare nel Mediterraneo e fotovoltaico architettonicamente integratoFOSTEr in MED
Solar energy in the Mediterranean: Building integrated photovoltaic and #FOSTErInMED pilot projects. Presentation by Technical Scientific Committee (Mattia Beltramini, Giuseppe Desogus, Francesca Muru and Antonella Trombadore) during territorial animation activities in Italy (FestivalScienze and Sardegna Ricerche).
Sistema ABC: impianti principali e innovazioni tecnologicheServizi a rete
ABC -Acqua Bene Comune Napoli
nasce dalla trasformazione di ARIN SpA
in Azienda Speciale del Comune di Napoli avvenuta nell’aprile 2013.
Le origini dell’Azienda risalgono al 1885 anno in cui fu inaugurato da parte della NaplesWater Works Company LTD, l’Acquedotto del Serino
The presentation shows how to refurbish historical buildings with an holistic approach and green tecnologies.Technical innovation and integrated approach for building in districts and cities could allow to reach sustainability goals.
Microrete di Macchiareddu: ottimizzare la gestione dell’energia con l’integra...Sardegna Ricerche
L'intervento degli esperti della Piattaforma Energie Rinnovabili di Sardegna Ricerche in occasione dell'evento "Vehicle-to-Grid: l'integrazione della mobilità elettrica nelle microreti" che si è tenuto il 24 ottobre 2019 a Cagliari.
La presentazione è stata realizzata in occasione dell'evento di metà progetto del cluster SMARTPOLYGEN, che si è svolto il 20 settembre 2019.
SMARTPOLYGEN è un progetto cluster top-down che mira alla realizzazione di un prototipo di microrete energetica intelligente e alla verifica delle modalità con cui il processo di produzione e utilizzo dell'energia elettrica all'interno delle aziende può essere migliorato secondo un'ottica di gestione smart.
La combinazione di edilizia ecosostenibile e fonti rinnovabili può portare ad un significativo risparmio economico rispetto ad un edificio
tradizionale dotato di impianti standard.
"Quadro normativo e regolatorio sull’incentivazione dell’integrazione architettonica del fotovoltaico nel vigente conto energia".
Il “Catalogo degli impianti fotovoltaici integrati con caratteristiche innovative”. Criteri di inclusione e di aggiornamento." Presentazione a cura di F.Tilli (GSE) al Solarexpo di Verona
Progetto Cluster energie rinnovabili. Presentazione attività svolte e casi st...Sardegna Ricerche
La presentazione di Alfonso Damiano nel corso dell'evento "Progetto Cluster Energie Rinnovabili" che si è tenuto il 13 febbraio 2015 a Macchiareddu (CA) nella sede di Sardegna Ricerche. Il workshop è stato organizzato per illustrare i primi risultati del Progetto Cluster Energie Rinnovabili.
FOSTEr in MED Pilot project Conference 28.06.2016: CapitalizationFOSTEr in MED
The document summarizes the capitalization activities of the FOSTERinMED project. It discusses the project's objectives to ensure capitalization of results and involvement of stakeholders. It describes the capitalization plan, identification of similar projects, establishment of info points, and networking events between projects. These included two MED Solar Forums in Barcelona, a capitalization event in Cairo, and various other capitalization activities in Italy, Malta, Lebanon, Spain, Egypt, and Jordan to disseminate results and encourage synergies between solar energy projects and initiatives in the Mediterranean region.
The presentation shows how to refurbish historical buildings with an holistic approach and green tecnologies.Technical innovation and integrated approach for building in districts and cities could allow to reach sustainability goals.
Microrete di Macchiareddu: ottimizzare la gestione dell’energia con l’integra...Sardegna Ricerche
L'intervento degli esperti della Piattaforma Energie Rinnovabili di Sardegna Ricerche in occasione dell'evento "Vehicle-to-Grid: l'integrazione della mobilità elettrica nelle microreti" che si è tenuto il 24 ottobre 2019 a Cagliari.
La presentazione è stata realizzata in occasione dell'evento di metà progetto del cluster SMARTPOLYGEN, che si è svolto il 20 settembre 2019.
SMARTPOLYGEN è un progetto cluster top-down che mira alla realizzazione di un prototipo di microrete energetica intelligente e alla verifica delle modalità con cui il processo di produzione e utilizzo dell'energia elettrica all'interno delle aziende può essere migliorato secondo un'ottica di gestione smart.
La combinazione di edilizia ecosostenibile e fonti rinnovabili può portare ad un significativo risparmio economico rispetto ad un edificio
tradizionale dotato di impianti standard.
"Quadro normativo e regolatorio sull’incentivazione dell’integrazione architettonica del fotovoltaico nel vigente conto energia".
Il “Catalogo degli impianti fotovoltaici integrati con caratteristiche innovative”. Criteri di inclusione e di aggiornamento." Presentazione a cura di F.Tilli (GSE) al Solarexpo di Verona
Progetto Cluster energie rinnovabili. Presentazione attività svolte e casi st...Sardegna Ricerche
La presentazione di Alfonso Damiano nel corso dell'evento "Progetto Cluster Energie Rinnovabili" che si è tenuto il 13 febbraio 2015 a Macchiareddu (CA) nella sede di Sardegna Ricerche. Il workshop è stato organizzato per illustrare i primi risultati del Progetto Cluster Energie Rinnovabili.
Similar to FOSTEr in MED pilot projects conference 28/06/2016: the pilot project in Cagliari, Italy (20)
FOSTEr in MED Pilot project Conference 28.06.2016: CapitalizationFOSTEr in MED
The document summarizes the capitalization activities of the FOSTERinMED project. It discusses the project's objectives to ensure capitalization of results and involvement of stakeholders. It describes the capitalization plan, identification of similar projects, establishment of info points, and networking events between projects. These included two MED Solar Forums in Barcelona, a capitalization event in Cairo, and various other capitalization activities in Italy, Malta, Lebanon, Spain, Egypt, and Jordan to disseminate results and encourage synergies between solar energy projects and initiatives in the Mediterranean region.
FOSTEr in MED pilot projects conference 28/06/2016: the pilot project in Ale...FOSTEr in MED
In this presentation a member of the Confederation of Egyptian European Business Associations (CEEBA), partner of FOSTEr in MED project, presents the Building Integrated Photovoltaic (BIPV) Pilot project Building photovoltaic in the public building of Alexandria Chamber of Commerce building in Alexandria, Egypt.
The BIPV pilot power of 13.7 kWp will contribute with about 19,813 MWH/Year of green energy.
FOSTEr in MED Pilot project Conference in Cagliari 28/06/2016: pilots present...FOSTEr in MED
In this presentation, the University of Cagliari presents the solar photovoltaic pilot projects integrated in 5 public buildings in Cagliari (Italy); Alexandria (Egypt); Beirut (Lebanon); Tunis (Tunisia); and Aqaba (Jordan).
Fostering solar technology in the Mediterranean area - Guidelines AnnexFOSTEr in MED
This document is an annex that provides information on electricity production and use in different regions involved in the FOSTEr in MED project. It summarizes the electricity sources and production in Catalonia Spain, Alexandria Egypt, and Lebanon. Catalonia relies heavily on nuclear and natural gas, imports electricity, and is increasing renewable energy production. Egypt derives most electricity from natural gas and has potential to increase renewable energy. Lebanon's electricity is produced from thermal power plants and small hydroelectric plants.
Fostering solar technology in the Mediterranean area - GuidelinesFOSTEr in MED
This document provides guidelines on building integrated photovoltaics (BIPV) in the Mediterranean area. It was produced as part of the FOSTEr in MED project with financial support from the European Union. The guidelines are intended to educate university students, designers, installers and other stakeholders on BIPV technologies and design. Chapter 2 discusses the different types of PV modules commonly used for BIPV, including crystalline, thin film, and new hybrid and luminescent technologies. Crystalline modules are highly efficient but more expensive, while thin film options are less costly though slightly less efficient. The guidelines aim to promote wider understanding and implementation of BIPV.
Fostering solar technology in the Mediterranean area - Capitalisation PlanFOSTEr in MED
The document outlines an action plan for capitalizing on the results of the FOSTErinMED project. It includes identifying and analyzing similar solar energy and ENPI projects through a table template. The plan aims to optimize and maintain project results, create networks and synergies between solar projects, and identify expected impacts. Key actions include maintaining the project website and local points, holding networking conferences, conducting context analyses and policy papers, developing guidelines and training, and implementing a pilot project. Regional capitalization activities are also outlined.
Fostering solar technology in the Mediterranean area - Communication PlanFOSTEr in MED
The communication plan outlines strategies for promoting the FOSTEr in MED project, which aims to foster solar technology adoption in the Mediterranean region. Key actions include developing a graphic identity, launching a project website, producing promotional materials, organizing conferences, utilizing media and social media, and publishing a monthly newsletter. The plan coordinates internal communication between partners and ensures external stakeholders are informed of project activities, opportunities, and results throughout its duration from 2013-2015.
Fostering solar technology in the Mediterranean area - Context AnalysisFOSTEr in MED
The document provides a context analysis report for the FOSTEr in MED project, which aims to promote solar technologies like PV and BIPV in partner countries. It summarizes information from a desk analysis conducted in 3 phases:
1. An analysis of energy consumption, production, legislation, and previous studies on PV diffusion in partner countries (Egypt, Italy, Jordan, Lebanon, Spain, Tunisia).
2. 10 in-depth interviews with local stakeholders in each partner region to understand drivers and barriers to solar technology adoption.
3. A survey of 100 citizens in each partner region to assess awareness, attitudes, and preferences regarding PV.
The desk analysis found low PV diffusion and awareness in MENA countries
How does FOSTEr in MED communicate with students on web and social media? Presentation by Piero Zilio during territorial animation activities in Italy (FestivalScienze and Sardegna Ricerche).
Energia Solare nel Mediterraneo: il programma ENPI e il progetto FOSTEr in MEDFOSTEr in MED
Solar energy in the Mediterranean: ENPI Programme and FOSTEr in MED project. Presentation by Rossella Marocchi during territorial animation activities in Italy (FestivalScienze and Sardegna Ricerche).
Elisabetta Strazzera, FOSTEr in MED context analysis coordinator (DSSI - Department of Social Sciences and Institutions - University of Cagliari), presents project research to assess public acceptance of solar energy, energy consumption and production trends, local regulations related to the field of solar technologies.
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FOSTEr in MED project kick-off meeting was held in Cagliari, on February 26th 2013.
The total budget of FOSTEr in MED project is 4,5 million Euro and it is financed for an amount of 4,05 milion Euro by European union through the ENPI CBC Mediterranean Sea Basin Programme (www.enpicbcmed.eu).
For more information, please contact: Project Management Office DICAAR Via Marengo 2 – 09123 Cagliari (Italy) Ph. +39 070 6755811 email management@fosterinmed.eu | visibility@fosterinmed.eu
Marco Pittaluga, FOSTEr in MED Financial Manager (DICAAR - Department of Civil Engineering and Architecture - University of Cagliari), presents the strategic project on solar technology financed under the ENPI CBC MED.
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FOSTEr in MED project kick-off meeting was held in Cagliari, on February 26th 2013.
The total budget of FOSTEr in MED project is 4,5 million Euro and it is financed for an amount of 4,05 milion Euro by European union through the ENPI CBC Mediterranean Sea Basin Programme (www.enpicbcmed.eu).
For more information, please contact: Project Management Office DICAAR Via Marengo 2 – 09123 Cagliari (Italy) Ph. +39 070 6755811 email management@fosterinmed.eu | visibility@fosterinmed.eu
This document summarizes a presentation about the EU's energy policy and goals. It discusses how the EU pays billions annually to import energy and relies on single suppliers for gas. The EU's 20-20-20 goals aim to reduce greenhouse gas levels 20%, increase renewables to 20% of energy consumption, and lower energy use 20% by 2020. However, the EU is not on track to meet its energy savings target. New directives establish rules for energy efficiency and nearly zero-energy buildings. Achieving the EU's climate change goals will require large investments and for renewables to supply 55-75% of energy by 2050.
5. Estratto atlante dei beni tutelati dal PPR e dei contesti identitari - Codice bene BP431
6. L’area di progetto
L’edificio ricade nell’area oggetto di
vincolo di tutela condizionata del
bene paesaggistico ed identitario
della Villa Binaghi definito tale con
D.M.31/07/1980 L. 1089/1939.
L’intervento progettuale è stato definito tenendo conto delle prescrizioni derivanti
dal vincolo, puntando a valorizzare la valenza estetica dell’integrazione
architettonica del fotovoltaico.
47. PILOT PROJECT _ via Cesare Battisti - Cagliari
Scenario 1 _ shelf of PV shading devices
48. PILOT PROJECT _ via Cesare Battisti - Cagliari
Scenario 2 _ double layer of PV shading devices
49. PILOT PROJECT _ via Cesare Battisti - Cagliari
2
Ipotesi A. Prospetto SO Integrazione del PV sulla torre e come schermature solari
Scenario 3 _ 4 layer of PV shading devices and solar track
59. SELECT SCENARIO 4 _ PILOT PROJECT _ via Cesare Battisti - Cagliari
tecnology particular _2 towers with photovoltaic’s wings
60. SELECT SCENARIO 4 _ PILOT PROJECT _ via Cesare Battisti - Cagliari
layer of PV shading devices
Supply and installation of 36 modules (3 modules for each
pair of uprights), to install:
- (3x12) southwest 2600 Wp
-.
- Modules glass/glass 1726X436x100 mm with 2X9 cell module.
- The maximum weight of 16 kg module.
- Power of each individual module 75Wp.
Total power plant "shading devices"
2600 Wp
61. towers with photovoltaic’s wings
SELECT SCENARIO 4 _ PILOT PROJECT _ via Cesare Battisti - Cagliari
Supply and installation of 68 modules of the standard type
polycrystalline 1661x997x42 mm with different colors
- 36 panels blue standard, power panel 260Wp
- 32 colored panels (gray, brown, red tile and green), 235Wp
Total power plant “wing"
16500 Wp
62. SELECT SCENARIO 4 _ PILOT PROJECT _ via Cesare Battisti - Cagliari
solar inverter
63. SELECT SCENARIO 4 _ PILOT PROJECT _ via Cesare Battisti - Cagliari
estimated costs
a) Cost metal structures for integrating PV (IVA 22%)
b) Installations (IVA 10%)
c) Electrical system Special - Monitoring System (IVA 10%)
Final design costs (VAT 22%)
calculated at 6% on costs a) + b) + c)
Costs for construction management and
safety coordination (IVA 22%)
Opera’s total cost including security costs
€ 51’000.00
€ 54’000.00
€ 1’500.00
€ 6’370.00
€ 2’130.00
€ 115’000.00